Sick and tired to lose your private key or by necessity to carry it with you all the time?
Say no more. By using this app with a novel rainbow-table-strong algorithm you can generate a key pair of your own from a password at an instant. Now curve25519, P-256, RSA and bitcoin types are available. Further explanations in help:
usage: keysword2.py [-h] -k KEY_TYPE [-r RSA_SIZE] -b BRANCHES -n NUMBER
[-a KEY_AMOUNT] [-f SAVE_TYPE]
USE IT ONLY IF YOU KNOW WHAT ARE YOU DOING.
___ _ _______ __ __ _______ _ _ _______ ______ ______
| | | || || | | || || | _ | || || _ | | |
| |_| || ___|| |_| || _____|| || || || _ || | || | _ |
| _|| |___ | || |_____ | || | | || |_||_ | | | |
| |_ | ___||_ _||_____ || || |_| || __ || |_| |
| _ || |___ | | _____| || _ || || | | || |
|___| |_||_______| |___| |_______||__| |__||_______||___| |_||______|
You can generate a key pairs of curve25519, P-256, RSA or bitcoin types from you STRONG password.
By using branching (basically it's BIP-0032 look-a-like rip-off) and choose a particular number
of key pair (up to 100 in default) in the branched state you can defend yourself from rainbow
tables attack. Curve25519 will be in hex, P-256 and RSA in PEM armor.
Examples:
python keysword.py -k curve25519 -b '[1,4333,45453,64,99,3245]' -n 77
python keysword.py -k RSA -r 1024 -b '[410,111,123]' -n 12
python keysword.py -k P-256 -b '[1,4100,4773,199,7445]' -n 168 -a 1000
python keysword.py -k curve25519 -b '[111]' -n 77 -a 10 -f separated
optional arguments:
-h, --help show this help message and exit
-k KEY_TYPE, --key-type KEY_TYPE
Select a type of a key (only curve25519, P-256, RSA or
bitcoin are allowed)
-r RSA_SIZE, --rsa-size RSA_SIZE
Select a size of RSA key
-b BRANCHES, --branches BRANCHES
Type a branching policy, in a '[number1,...,numberX]'
format.
-n NUMBER, --number NUMBER
Select a number of a key pair you want to use in a
generated branched tree
-a KEY_AMOUNT, --key-amount KEY_AMOUNT
Select a key amount. The bigger the number, the longer
it'll take to generate keys (mostly for RSA, like 15
min for ten 4096 bit RSA keys).
-f SAVE_TYPE, --save-type SAVE_TYPE
You can choose "json" to save all the keys in one file
in json format or "separated" to save pairs in
separate txt files (first - secret, second - public or
address in case of bitcoin).